3439 results:
Ultra-low noise and narrow linewidth   Figure 3 shows a time trace of the fringes over 25 seconds and the CEP which has been extracted by Fourier transformation. We deduce 12 mrad phase stability in 25 seconds.View all products  
Ultra-low noise and narrow linewidth   Figure 2 shows the ultra-low phase noise of the DFC CORE + measured according to Liehl et al. The long-term CEP stability can be characterized if the bandpass filters and balanced detection from…  
Ultra-low noise and narrow linewidth   The carrier envelope offset frequency fCEO of the DFC CORE +  is zero because of the DFG process implemented in the CERO-Technology . Since it is hard to measure a signal at the frequency…  
Ultra-low noise and narrow linewidth - Ultra-low noise and narrow linewidth   Ultra-low noise and narrow linewidth 34 mrad [70 mHz – 2 MHz] 61 mrad [70 mHz – 20 MHz] 135 mrad [70 mHz – 40 MHz] Integrated phase noise of the DFC CORE +  
People - Dr. Thomas Renner   Dr. Thomas Renner Thomas Renner has a background in ultrashort laser development and applications in physical chemistry (PhD, University of Munich). He has earned his first commercial merits at…  
Perfect lock to optical reference - Perfect lock to optical reference   Perfect lock to optical reference The DFC is especially suitable for use with an optical reference like a narrow linewidth laser. If stabilized to such an optical reference the frequencies of the…  
100 times faster noise reduction   100 times faster noise reduction DFG is taken for each pulse individually (intra-pulse DFG) All-optical phase-lock Not limited by bandwidth of electronic feedback Two orders of magnitude…  
100 times faster noise reduction - 100 times faster noise reduction   100 times faster noise reduction DFG is taken for each pulse individually (intra-pulse DFG) All-optical phase-lock Not limited by bandwidth of electronic feedback Two orders of magnitude…  
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